T555/app/app.c

#include "includes.h"

#define APP_IDLE_TIME 3 		//如果POC已休眠,APP没有操作一定秒数后休眠

nwy_osiThread_t *mainThreadPtr=NULL;
int keyNum=0;
APP_DEF sutApp;

static void appDataInit(void){
	memset((unsigned char *)&sutApp, 0, sizeof(APP_DEF));
	sutApp.pcant=4;//默认免提
	appSleepCtl(ASLEEP_POC, 1);
	appSleepCtl(ASLEEP_LCD, 1);
	readInfoNow();
	sysIniRead();
}
void dataInit(void){
	appDataInit();
	pocDataInit();
	gpsDataInit();
	uiDataInit();
}

static void ledsProCtl(void){
	if(sutApp.gtMode!=0) return;
	if(0==sutPocStatus.logined) uioStatusSet(UIO_INDOFFLINE);
	else if(sutPocStatus.spk>0)uioStatusSet(UIO_INDRX);
	else if(sutPocStatus.mic>0 )uioStatusSet(UIO_INDTX);
	else uioStatusSet(UIO_INDONLINE);
}

static void adcRead(void);
char isKeyPress(void){
	if(keyNum) return keyNum--;
	else return 0;
}

static void subTimerCtl(unsigned char sleep_or_not);
/*APP休眠处理接口
ctlType, 操作对象
status,操作值，0 清除 else 设置
*/
void appSleepCtl(ASLEEP_ENUM ctlType, char status){
	if(status==0) sutApp.appSleepStatus &= ~(1<<ctlType);
	else sutApp.appSleepStatus |= 1<<ctlType;
}
/*APP休眠状态接口*/
char isAppSleepReady(void){
	if(sutApp.appSleepStatus==0) return 1;
	else return 0;
}
/*获取指定休眠控制成员锁定的状态
0 未锁定 否则锁定，锁定即可以休眠
*/
char getAppObjStatus(ASLEEP_ENUM ctlType){
	if(sutApp.appSleepStatus & (1<<ctlType)) return 1;
	else return 0;
}
/*检测是否APP可以休眠操作*/
char isSleepReady(void){
	static unsigned int idleCnt=0;
#ifdef DISABLE_SLEEP
	return 0;//不休眠
#endif
	if(isAppSleepReady()==0){
		idleCnt=0;
		return 0;
	}
	
	if(++idleCnt>=(APP_IDLE_TIME*1000/APP_SUB_DIV_TIME)){
		idleCnt=0;
		return 1;
	}else return 0;
}

/*处理UI操作*/
static void uiProcess(unsigned int exeInterval){
	if(getAppObjStatus(ASLEEP_PWR) != 0) return;//关机后，不切换菜单，只显示关机页面
	if(sutApp.gtMode!=0) return;//GT模式后按键无效
	uiLoop(exeInterval);
	uiResponse(exeInterval);
}
/*触发关机操作*/
static void pwrShutPro(void){
	static char shutFlag=0;

	if(getAppObjStatus(ASLEEP_PWR) == 0) return;
	CTL_LCD_BL(1);
	msgAtSend("AT+POC=050000\r\n");
	msgAtSend("AT+CFUN=0\r\n");
	if(shutFlag==0){
		//显示关机界面
		guiShowMessageBox("正在关机");
		shutFlag=1;
		nwy_sleep(1000);
	}

	MSG_INFO(1, "Normal PwrOff");
	//msgAtSend("AT+TRB=1\r\n");//normal power off   当前固件先不发模块关机指令，否则断电再上电有可能是起不来的
	nwy_sleep(1000);//一秒后释放电源锁,防止软关机不成功
	CTL_LCD_BL(0);
	MSG_INFO(1, "Release pwr");
	guiFillRect(0,0,GLCD_WIDTH-1,GLCD_HEIGHT-1,guiGetBackColor());//防止下次开机能看到残留
	CTL_POWER_HOLD(0);
	nwy_sleep(100);
	msgAtSend("AT+TRB=2\r\n");//软件复位模块
}
void AntModeRun(void){
#ifdef ENABLE_ANT_MODE
	guiShowMessageBox("调天线模式");
	for(;;){
		nwy_sleep(2000);
	}
#endif
}

void lcdReConfig(void){
	if(sutApp.lcdReconfigCnt<=3) sutApp.lcdReconfigCnt++;
	if(sutApp.lcdReconfigCnt==3) recoverLightColor();
}

static void paProCtl(void);
/*主要应用程序入口*/
void appRun(void){
	char cnt=0;
	nwy_osiEvent_t event = {};
	//等待lcd初始化完成
	MSG_INFO(1, "wait lcd init");
	while(sutApp.guiStatus==0){nwy_sleep(50);}//是否检测超时？
	AntModeRun();
	localAuthNow();
	//等待poc启动完成
	MSG_INFO(1, "lcd init done, wait poc start");
	while(sutApp.pocInitStatus==0){
		msgAtSend("AT\r\n");
		nwy_sleep(50);
	}//是否检测超时？
	MSG_INFO(1, "app loop start");
	//设置EQ数据
	modifyEqData();
	//修改音频输出增益配置
	modifyAudioOutGainConfig();
	//设置一下TTS
	msgAtSend("AT+HTTSSPEED=1284,-20000\r\n");//设置TTS音量
	msgAtSend("AT+HTTSSPEED=1282,-5000\r\n");//设置TTS语速
	//查询一下POC版本号
	msgAtSend("AT+POC_VER\r\n");
	msgAtSend("AT+GMR\r\n");//查询模块版本
	msgAtSend("AT+MIC=6\r\n");
	msgAtSend("AT+VSW=1\r\n");//打开留音功能
	//msgAtSend("AT+CACCP=0,1,0,\"04000B00\"\r\n");
#ifndef ENABLE_PWM_BEEP
	if(newPara.KeySound!=0) msgAtSend("AT+TONES=1\r\n");
#endif
	splVolumeSet(newPara.spkVol*10);
	backLightReset();
	if(newPara.ttsMessage[0]!=0){
		if(newPara.ttsCodeType==0) ttsPlay(ENCODE_USER_UNICODE_BE, newPara.ttsMessage);
		else if(newPara.ttsCodeType==1) ttsPlay(ENCODE_USER_GBK, newPara.ttsMessage);
		else MSG_INFO(1, "ttsCodeType:%d not support", newPara.ttsCodeType);
	}else MSG_INFO(1, "tts null");
	//检测卡是否存在
	while(sutApp.cardStatus==0){
		msgAtSend("AT+CPIN?\r\n");
		nwy_sleep(1000);
		if(++cnt>=5){
			MSG_INFO(1, "Check card timeout");
			break;
		}
	}
	for(;;){
		lcdReConfig();
		ledsProCtl();
		adcRead();
		uiProcess(APP_SUB_DIV_TIME);
		gpsProCtl(APP_SUB_DIV_TIME);
		pocProCtl(APP_SUB_DIV_TIME);
		HookGroupUserInfo();
		HookVolToutCheck();
		LearnUsrInfoCheck(APP_SUB_DIV_TIME);
		IncomingSMS();
		if(isSleepReady()==0) nwy_sleep(APP_TASK_SLEEP_TIME);

		else if(sutApp.gtMode==0){//正常模式下可以休眠
			MSG_WARN(1, "APP SLEEP");
			stopKeyTimer();
			subTimerCtl(1);//切换为休眠状态定时器
			sutApp.appStatus=1;
			CTL_LED2_GREEN(0);
			CTL_LED1_RED(0);
		#ifdef ENABLE_DEEP_SLEEP
			pwmDeInitToSleep();
			lcdDrvPowerCtl(false);
			nwy_pm_state_set(NWY_ENTRY_SLEEP);
		#endif
			nwy_wait_thead_event(nwy_get_current_thread(), &event,0);
			
			lcdDrv_Init(1);//深度休眠唤醒后重新初始化SPI-LCD
			
			sutApp.appStatus=0;
			subTimerCtl(0);//切换为唤醒状态定时器
			MSG_WARN(1, "APP WAKEUP");
		}
		//检测是否关机，这里要放在唤醒后操作
		pwrShutPro();
	}
}

//////////////////////////////////////用于处理非耗时操作，如LED///////////////////////
nwy_osiTimer_t *pSubtimer_t = NULL;
unsigned int subTimerInterval=100;//定时器定时的时间
static void subTimeroutcallback(void *param){
	unsigned int *dlyTime=(unsigned int *)param;
    //处理灯的显示
  	uioProctl(*dlyTime);
  	//控制功放的关闭
  	paProCtl();
}
/*创建定时器*/
void subTask(void *param){
	nwy_osiEvent_t event = {};
	if(NULL == pSubtimer_t) pSubtimer_t = nwy_timer_init(nwy_get_current_thread(), subTimeroutcallback, (void *)&subTimerInterval);
	if(NULL == pSubtimer_t) MSG_WARN(1,"sub timer init failed");
	else nwy_start_timer_periodic(pSubtimer_t,subTimerInterval);
	for(;;){nwy_wait_thead_event(nwy_get_current_thread(), &event,0);}
}
/*
为了做低功耗，此定时器在休眠时，设置为长时间定时
非休眠时，设置为短时间定时
sleep_or_not:0 未休眠， else 休眠
*/
static void subTimerCtl(unsigned char sleep_or_not){
	if(NULL==pSubtimer_t){
		MSG_WARN(1, "subTimer null");
		return;
	}
	nwy_stop_timer(pSubtimer_t);
	//打开定时器
	if(sleep_or_not==0) subTimerInterval=100;//未休眠时，100ms
	else subTimerInterval=5000;//休眠时 5000ms
	nwy_start_timer_periodic(pSubtimer_t,subTimerInterval);
}
//////////////////////////////////////////////////////////////////////////////////////
void usbCmdHandler(const char *data,uint32 length){
	static char buf[256];
	static int len=0;
	static char lach;
	char ch;
	int i;

	if(sutApp.authReady==0){
		authRecvPro(data, length);
		return;
	}
	
	for(i=0;i<length;i++){
		ch=data[i];
		if(len<sizeof(buf)-1) buf[len++]=ch;
		else{
			MSG_WARN(1, "USB Buf Over");
			len=0;
			buf[len++]=ch;
		}
		if(lach=='\r' && ch=='\n'){
			buf[len]=0;
			cmdSetting(buf);
			len=0;
		}
		lach=ch;
	}
}

//////////////////////////////按键处理接口//////////////////////////
//普通按键处理
unsigned char singleKeyInArow=0;
void keyCheck(unsigned short keyStatus){//定时被调用
	static unsigned short lkey=0;
	static unsigned char keyCtl=0,keyCnt=0;
	unsigned char keyType,needSendKey=0;

	if(keyStatus==KS_ALL_IDLE){
		keyType=0;
		if(keyCtl==1){
			keyCtl=0;
			needSendKey=1;
		}
	}else{
		keyType=1;
		if(lkey != keyStatus) keyCtl=0;//值变化
		if(keyCtl==0){
			lkey=keyStatus;
			keyCtl=1;
			keyCnt=0;
			needSendKey=1;
		}else if(singleKeyInArow!=0){//是否输出持续值
			if(++keyCnt>=(1000/KEY_TIMER_TICK)){//每秒产生持续值
				keyCnt=0;
				needSendKey=1;
			}
		}
	}
	if(needSendKey){
		if(sutApp.enableKey!=0)//延时期间不检测按键
			threadSendEvent(nwy_get_current_thread(),OHPOC_EVENT_KEY_NOR, lkey,keyType,NULL);
	}
}
static char micPttPressed=0;
static char pttPressed=0;

static void pttHandler(char type, char ctl){
	char needSend=0;
	char mic_spk;
	if(type==0){//ptt
		if(ctl==0){//放开
			if(micPttPressed==0){
				needSend=1;mic_spk=0;
			}
			pttPressed=0;
		}else{//按下
			if(pttPressed==0 && micPttPressed==0){
				needSend=1;mic_spk=1;
			}
			pttPressed=1;
		}
	}else{//mic ptt
		if(ctl==0){//放开
			if(pttPressed==0){
				needSend=1;mic_spk=0;
			}
			micPttPressed=0;
		}else{//按下
			if(pttPressed==0 && micPttPressed==0){
				needSend=1;mic_spk=1;
			}
			micPttPressed=1;
		}
	}
	if(isLearnBusy()==true){
		MSG_WARN(1, "Learn task is busy, skip ptt");
		return;//学习任务正在使用音频，POC不录音
	}
	if(needSend!=0){
		if(mic_spk==0) msgAtSend("AT+POC=0C0000\r\n");
		else msgAtSend("AT+POC=0B0000\r\n");
	}
}
/*打印键信息*/
const char freeSeg[]="Free";
const char pressSeg[]="Press";
void showKeyMessage(unsigned short key,unsigned char status){
	char buf[50]="[Key_";

	switch(key){
		case KV_KEY_MIC_PTT:	strcat(buf, "MIC_PTT]");break;
		default:return;
	}
	if(status==0) strcat(buf, freeSeg);
	else strcat(buf, pressSeg);
	MSG_INFO(1,buf);
}
void keyHandler(unsigned short key,unsigned char status){//普通按键值处理
	tryWakeupApp();//有普通键按下或放开，唤醒休眠的系统
	showKeyMessage(key,status);
	if(status==0){//key free
		switch(key){
			case KV_KEY_MIC_PTT:
				pttHandler(1,0);
				break;
			default:
				break;
		}
		singleKeyInArow=0;
		appSleepCtl(ASLEEP_KEY, 0);
	}else{//key press
		appSleepCtl(ASLEEP_KEY, 1);
		if(sutApp.keyLock!=0){
			sutApp.lockShow=1;
			return;
		}
		switch(key){
			case KV_KEY_MIC_PTT:
				singleKeyInArow=1;
				pttHandler(1,1);
				break;
			default:
				break;
		}
	}
}
//扫描矩阵按键
#define MATRIX_KEY_NUMS 2 //最多检测同时两个组合键
void keyStatusCtlAll(char high_low){
	CTL_KEY_OUT1(high_low);
	CTL_KEY_OUT2(high_low);
	CTL_KEY_OUT3(high_low);
}
void keyStatusCtlOne(char outIndex){
	switch(outIndex){
		case 0:CTL_KEY_OUT1(0);
			CTL_KEY_OUT2(1);
			CTL_KEY_OUT3(1);
			break;
		case 1:CTL_KEY_OUT2(0);
			CTL_KEY_OUT1(1);
			CTL_KEY_OUT3(1);
			break;
		case 2:CTL_KEY_OUT3(0);
			CTL_KEY_OUT2(1);
			CTL_KEY_OUT1(1);
			break;
	}
}
int keyStatusGetOne(char outIndex){
	int ret=2;
	switch(outIndex){
		case 0:ret=INT_KEY_IN1();break;
		case 1:ret=INT_KEY_IN2();break;
		case 2:ret=INT_KEY_IN3();break;
	}
	return ret;
}
unsigned short matrixGetKey(unsigned char out, unsigned char in){
	unsigned short vlaue=0;
	
	if(out >= MKS_KEY_OUS || in >=MKS_KEY_INS) return 0xffff;
	switch(in){
		case 0:
			switch(out){
				case 0:vlaue |= (1<<MKEY_VALUE_1);break;
				case 1:vlaue |= (1<<MKEY_VALUE_2);break;
				case 2:vlaue |= (1<<MKEY_VALUE_3);break;
				default:vlaue=0xffff;break;
			}
			break;
		case 1:
			switch(out){
				case 0:vlaue |= (1<<MKEY_VALUE_4);break;
				case 1:vlaue |= (1<<MKEY_VALUE_5);break;
				case 2:vlaue |= (1<<MKEY_VALUE_6);break;
				default:vlaue=0xffff;break;
			}
			break;
		case 2:
			switch(out){
				case 0:vlaue |= (1<<MKEY_VALUE_7);break;
				case 1:vlaue |= (1<<MKEY_VALUE_8);break;
				case 2:vlaue |= (1<<MKEY_VALUE_9);break;
				default:vlaue=0xffff;break;
			}
			break;
		default:vlaue=0xffff;break;
	}
	return vlaue;
}
/*进入GT模式*/
static void enterGTMode(void){
	if(sutApp.gtMode!=0) return;
#ifndef ENABLE_PWM_BEEP
	msgAtSend("AT+TONES=1\r\n");
#endif
	sutApp.gtMode=1;
	uioStatusSet(UIO_INDGT);
	paControl(true);//GT下常开喇叭
#ifdef ENABLE_PWM_BEEP
	beepStart(TONE_SPECIAL);
	nwy_sleep(50);
	beepStart(TONE_NORMAL);
	nwy_sleep(50);
	beepStart(TONE_SPECIAL);
#else
	msgAtSend("AT+TONE\r\n");
	nwy_sleep(200);
	msgAtSend("AT+TONE\r\n");
#endif
	MSG_WARN(1, "Enter GT Mode");
	guiShowMessageBox("GT模式");
}
static unsigned short g_usKeyValue=0;
unsigned short getKeyValue(void){return g_usKeyValue;}
unsigned char keyInArow=0;//键值是否持续产生

void mKeyCheck(void){//定时被调用
	unsigned char matrix[MATRIX_KEY_NUMS][2],num;
	unsigned char in,out,i,j,update;
	int value;
	unsigned short keys[MATRIX_KEY_NUMS];
	static unsigned short finalKey=0;
	unsigned short tKey;
	static unsigned char keyCtl=0;
	static unsigned char keyCnt=0;
	unsigned char needSendKey=0;

	for(i=0;i<MATRIX_KEY_NUMS;i++){
		for(j=0;j<2;j++) matrix[i][j]=0xff;
	}
	num=0;
	for(out=0;out<MKS_KEY_OUS;out++){
		keyStatusCtlOne(out);
		for(in=0;in<MKS_KEY_INS;in++){
			if(keyStatusGetOne(in)==0){
				matrix[num][0]=out;
				matrix[num][1]=in;
				if(++num>=MATRIX_KEY_NUMS) goto MATRIX_END;
			}
		}
	}
	MATRIX_END:
	keyStatusCtlAll(0);
	if(num==0){//无键按下
		goto MKEY_NO_KEY;
	}
	for(int w=0;w<num;w++)
	//检测值
	for(i=0;i<MATRIX_KEY_NUMS;i++) keys[i]=matrixGetKey(matrix[i][0],matrix[i][1]);
	
	tKey=0;
	for(i=0;i<MATRIX_KEY_NUMS;i++){
		if(keys[i]!=0xffff) tKey |= keys[i];
	}
	needSendKey=0;
	//得出键值
	if(tKey==MKEY_VALUE_IDLE){//无键按键
		MKEY_NO_KEY:
		if(keyCtl==1){
			keyCtl=0;
			needSendKey=1;
		}
	}else{//有键按下
		if(tKey != g_usKeyValue) keyCtl=0;//值变化
		if(keyCtl==0){
			g_usKeyValue=tKey;
			keyCtl=1;
			keyCnt=0;
			needSendKey=1;
		}else if(keyInArow!=0){//是否输出持续值
			if(++keyCnt>=(1000/KEY_TIMER_TICK)){//每秒产生持续值
				keyCnt=0;
				needSendKey=1;
			}
		}
	}
	if(needSendKey){
		if(sutApp.enableKey!=0)
			threadSendEvent(nwy_get_current_thread(),OHPOC_EVENT_KEY_MAT, keyCtl,NULL,NULL);
	}
}

void showKeyMsg(char *info, unsigned char keyCtl){
	char buf[40];
	char *ctl;

	if(keyCtl==0) ctl=freeSeg;
	else ctl=pressSeg;
	snprintf(buf, sizeof(buf),"[Key %s]%s",ctl,info);
	MSG_INFO(1, buf);
}

static void lockProcess(void){
	if(sutApp.keyLock==0){
		sutApp.keyLock=1;
		appSleepCtl(ASLEEP_GGROUP, 0);
		appSleepCtl(ASLEEP_GUSER, 0);
		if(sutUIstatus.Status==UIS_STANDBY) guiShowBmp(72,110, "lock.bmp");//锁关/锁开触发时更新状态
		uISetNextStatus(UIS_STANDBY);
	}else{
		sutApp.keyLock=0;
		sutApp.lockShow=0;
		if(sutUIstatus.Status==UIS_STANDBY) guiClearRect(72,110,72+17,110+17,guiGetBackColor());//锁关/锁开触发时更新状态
	}
}
void keyToneStart(void){
	if(newPara.KeySound==0) return;
#ifdef ENABLE_PWM_BEEP
	beepStart(TONE_NORMAL);
#else
	msgAtSend("AT+TONE\r\n");
#endif
}
void mKeyHandler(unsigned char keyCtl){
	static unsigned char gtModeCnt=0;
	static unsigned char lockCnt=0;

	if(sutApp.keyLock!=0 && MKEY_VALUE_P2!=g_usKeyValue){
		sutApp.lockShow=1;
		return;
	}
	if(keyCtl==0){//释放
		switch(g_usKeyValue){
			case MKEY_VALUE_PTT:showKeyMsg("PTT",keyCtl);
				pttHandler(0,0);
				break;
			case MKEY_VALUE_P1:showKeyMsg("P1",keyCtl);
				break;
			case MKEY_VALUE_P2:showKeyMsg("P2",keyCtl);
				lockCnt=0;
				break;
			case MKEY_VALUE_MENU:showKeyMsg("MENU",keyCtl);
				break;
			case MKEY_VALUE_ESC:showKeyMsg("ESC",keyCtl);
				break;
			case MKEY_VALUE_UP:showKeyMsg("UP",keyCtl);
				break;
			case MKEY_VALUE_DOWN:showKeyMsg("DOWN",keyCtl);
				break;
			case MKEY_VALUE_F1:showKeyMsg("F1",keyCtl);
				break;
			case MKEY_VALUE_F2:showKeyMsg("F2",keyCtl);
				break;
			case MKEY_VALUE_CB_GT:showKeyMsg("CB_GT",keyCtl);
				gtModeCnt=0;
				break;
			case MKEY_VALUE_CB_IP:showKeyMsg("CB_IP",keyCtl);
				break;
			default:MSG_WARN(1,"UnHande Key:%d Free",g_usKeyValue);
				break;
		}
		keyInArow=0;
		appSleepCtl(ASLEEP_MKEY, 0);
	}else{//按下
		if(g_usKeyValue!=MKEY_VALUE_PTT && g_usKeyValue!=MKEY_VALUE_CB_GT) keyToneStart();
		backLightReset();
		appSleepCtl(ASLEEP_MKEY, 1);
		keyNum++;
		switch(g_usKeyValue){
			case MKEY_VALUE_PTT:showKeyMsg("PTT",keyCtl);
				pttHandler(0,1);
				break;
			case MKEY_VALUE_P1:showKeyMsg("P1",keyCtl);
				break;
			case MKEY_VALUE_P2:showKeyMsg("P2",keyCtl);
				keyInArow=1;
				if(++lockCnt==3) lockProcess();
				break;
			case MKEY_VALUE_MENU:showKeyMsg("MENU",keyCtl);
				break;
			case MKEY_VALUE_ESC:showKeyMsg("ESC",keyCtl);
				break;
			case MKEY_VALUE_UP:showKeyMsg("UP",keyCtl);
				break;
			case MKEY_VALUE_DOWN:showKeyMsg("DOWN",keyCtl);
				break;
			case MKEY_VALUE_F1:showKeyMsg("F1",keyCtl);
				break;
			case MKEY_VALUE_F2:showKeyMsg("F2",keyCtl);
				break;
			case MKEY_VALUE_CB_GT:showKeyMsg("CB_GT",keyCtl);
				keyInArow=1;
				if(++gtModeCnt==3){
					if(sutApp.gtMode==0){
						enterGTMode();
					}
				}
				break;
			case MKEY_VALUE_CB_IP:
				keyInArow=1;
				showKeyMsg("CB_IP",keyCtl);
				break;
			default:MSG_WARN(1,"UnHande Key:%d Press",g_usKeyValue);
				break;
		}
	}
}
//////////////////////////////按键处理结束//////////////////////////
//////////////////////////////其它处理接口//////////////////////////
void hpDetStatusChanged(unsigned char hpStatus){
	if(0==hpStatus){
		MSG_WARN(1,"HP plug in");
	}else{
		MSG_WARN(1,"HP plug out");
	}
}
//测试主板ADC为:150~1190范围
//实际使用ADC取:170~1210范围

/*输入adc值，输出音量等级*/
#define VOL_LEV_NUM 11 //档位数
#define VOL_LEV_DEF 10 //抖动上下限
unsigned char wisdomAdcProcess(int adcValueTmp){
	const unsigned short volAdcTable[VOL_LEV_NUM]={170,200,240,300,400,500,700,900,1100,1140,1170};//中间ADC变化快，两端ADC变化慢
	int i;
	static unsigned char ucVolLev=0;
	for(i=0;i<VOL_LEV_NUM;i++){
		if(ucVolLev==0){
			if(adcValueTmp >= volAdcTable[ucVolLev]+VOL_LEV_DEF) ucVolLev++;
		}else if(ucVolLev<VOL_LEV_NUM-1){
			if(adcValueTmp >= volAdcTable[ucVolLev]+VOL_LEV_DEF) ucVolLev++;
			else if(adcValueTmp < volAdcTable[ucVolLev-1]-VOL_LEV_DEF) ucVolLev--;
		}else{
			if(ucVolLev==VOL_LEV_NUM-1) if(adcValueTmp < volAdcTable[ucVolLev-1]-VOL_LEV_DEF) ucVolLev--;
		}
	}
	return ucVolLev;
}

static void adcRead(void){
	#define VBAT_READ_TIME 20
	int adcValueTmp;
	static int siVbat=0;
	static int laSiVbat;
	static unsigned char index=0;
	int x=(GLCD_WIDTH-16)/2;
	int y=GLCD_HEIGHT-12;

	//检测音量旋钮电压
	adcValueTmp=nwy_adc_get(NWY_ADC_CHANNEL3, NWY_ADC_SCALE_1V250);
	if(adcValueTmp>0){//15   1227
		if(sutUIstatus.Status==UIS_STANDBY){
			if(adcValueTmp > 1000){
				if(sutApp.earStatus==0){
					sutApp.pcant=2;//FM
					sutApp.earStatus=1;
					MSG_INFO(1, "FM MODE");
					guiShowBmp(x, y, "ear.bmp");
				}
			}else{
				if(sutApp.earStatus!=0){
					sutApp.pcant=4;//mianti
					sutApp.earStatus=0;
					MSG_INFO(1, "MIANTI MODE");
					guiClearRect(x, y, x+16,y+12, guiGetBackColor());
				}
			}
		}else if(sutApp.earStatus != 0) sutApp.earStatus=0;//切到其它菜单后再切回来还能显示
	}
	
	//检测电池电压
	adcValueTmp=nwy_adc_get(NWY_ADC_CHANNEL4, NWY_ADC_SCALE_5V000);
	siVbat += adcValueTmp;
	if(++index>=VBAT_READ_TIME){
		sutApp.g_iBAT=siVbat / VBAT_READ_TIME / 10;
		if(laSiVbat!=sutApp.g_iBAT){
			//MSG_INFO(1, "bat:%d", sutApp.g_iBAT);
			laSiVbat=sutApp.g_iBAT;
		}
		siVbat=0;
		index=0;
	}
}
void tryWakeupApp(void){
	if(sutApp.appStatus!=0){
		if(mainThreadPtr!=NULL){
			sutApp.lcdReconfigCnt=0;
		#ifdef ENABLE_DEEP_SLEEP
			nwy_pm_state_set(NWY_WAKEUP);
		#endif
			threadSendEvent(mainThreadPtr,OHPOC_EVENT_MAIN,NULL,NULL,NULL);
		}
	}                                                                                                                       
}

/*背光时间到，熄灭*/
void backLightCb(void *param){
	if(sutApp.gtMode!=0){
		CTL_LCD_BL(1);
		return;
	}
	if(sutPocStatus.firstLogin==0) return;//未登录过，不灭屏
	if(newPara.lcdParaList[newPara.lcdParaDefaultIndex]==0) return;//常亮
	CTL_LCD_BL(0);
	appSleepCtl(ASLEEP_LCD, 0);//可以休眠
}
/*点亮背光*/
void backLightReset(void){
	unsigned short tmp;
	appSleepCtl(ASLEEP_LCD, 1);//不让休眠
	tmp=newPara.lcdParaList[newPara.lcdParaDefaultIndex];
	CTL_LCD_BL(1);
	startBackLightTimer(tmp*1000);
}
void sysPwrLock(void){
	sutApp.pwrLock=1;
}
void sysPwrRlease(void){
	sutApp.pwrLock=0;
}
//"3132" --> 0x31,0x32
void StrAsciiToHex(char *src, unsigned char *des){
	unsigned char temp[2],i;
	if(strlen(src)%2) return;
	while(0!=*src)
	{
		for(i=0;i<2;i++)
		{
			temp[i] = *src++;
			if(temp[i] >= '0' && temp[i] <= '9') temp[i] -= 0x30;
			else if(temp[i] >= 'A' && temp[i] <= 'F') temp[i] -= 0x37;
			else temp[i] -= 0x57;
		}
		temp[0] <<= 4;
		temp[0] &= 0xf0;
		*des++=temp[0]|temp[1];
	}
	*des=0;
}

/*调节音量，刷新音量进度条*/
void volAdjAction(char direction){
	if(direction==0){
		if(newPara.spkVol<10) newPara.spkVol++;
		else goto FLASH;
	}else{
		if(newPara.spkVol>0) newPara.spkVol--;
		else goto FLASH;
	}
	splVolumeSet(newPara.spkVol*10);
	MSG_INFO(1,"SPK_VOL:%d",newPara.spkVol*10);
	sysIniSave();
	//刷新进度条
	FLASH:
	volUiFlash(newPara.spkVol);
}
//////////////////////////////其它处理结束//////////////////////////

/////////////////////////////事件发送接口///////////////////////////
void threadSendEvent(nwy_osiThread_t *threadID, uint32 id, uint32 param1,uint32 param2,uint32 param3){
	nwy_osiEvent_t pEventSend;

	pEventSend.id=id;
	pEventSend.param1=param1;
	pEventSend.param2=param2;
	pEventSend.param3=param3;
	nwy_send_thead_event(threadID, &pEventSend,0);
}
void ttsPlay(ENCODE_USER_ENUM type, char *tts){
	char buf[20];

	if(sutApp.skipTTS!=0){
		MSG_WARN(1, "TTS is disable by learning task");
		return;
	}
	MSG_INFO(1, "tts Play:%s",tts);
	paControl(true);
	snprintf(buf, sizeof(buf), "AT+HTTS=%d,\"", type);
	msgAtSend(buf);
	msgAtSend(tts);
	msgAtSend("\"\r\n");
	sutPocStatus.TTS=1;
}
static void paProCtl(void){
	//会被定时调用
	if(sutPocStatus.TTS!=0) return;
	if(sutPocStatus.spk!=0) return;
	if(sutPocStatus.TONE!=0) return;
	if(sutPocStatus.beep!=0) return;
	if(sutApp.gtMode!=0) return;
	paControl(false);
	//MSG_INFO(1,"spk off");
}
void splVolumeSet(unsigned char level){
	char info[30];
	snprintf(info, sizeof(info), "AT+SPK=%d\r\n", level);
	msgAtSend(info);
}
/////////////////////////////事件发送结束///////////////////////////